A wave is defined as the transfer of energy from one point to another. There are two large, all encompassing categories of waves: mechanical and non-mechanical.
Waves of one form or another can be found in an amazingly diverse range of physical applications, from the oceans to the science of sound. Put simply, a wave is a traveling disturbance. Ocean waves travel for thousands of kilometers through the water. Earthquake waves travel through the Earth, sometimes bouncing off the core of the Earth and making it all the way back to the surface. Sound waves travel through the air to our ears, where we process the disturbances and interpret them.
All kinds of stringed instruments - guitars, pianos, violins - have stretched strings which oscillate when plucked or struck. This oscillation generates sound, which can be amplified acoustically by coupling the vibrations to a large sound-board (for a guitar, the top, and in an upright piano, at the back) or electrically by turning the string oscillations into an electrical signal (using a 'pickup') which can be sent to an electronic amplifier / loudspeaker.
To measure this acceleration we will drop a magnet and measure the time taken for the magnet to travel between two points. This information used with the distance formula below will allow us to calculate the acceleration of the magnet due to gravity.
Skunkworks Robotics is affliated with Aviation High School, located in Des Moines, Washington. We are registered as Team 1983 with FIRST (For Inspiration and Recognition of Science and Technology). Our name, Skunkworks, is inspired by Lockheed Martin's top secret Skunk Works program, where the company designed many incredible aircraft such as the SR-71.
six subject areas involved in helping students find their way through the project: CAD, careers, English, history, math, and science. There are four components to the project: the research, the printed document, the multimedia presentation, and the board presentation. Each discipline covers a piece of each component. The teacher in each subject area guides the students to think about a discipline and how it relates to aviation. "
great circle navigation - how to compute courses, headings and other quantities of interest. These formulae can be programmed into your calculator or spreadsheet - includes enough information that those familiar with plane trigonometry can derive additional results if required.
Here I give (and solve) five word problems taken from an aviation math book published in 1943. These word problems would be useful in teaching the concepts of rectangle area (length * width) and unit conversion (from inches to feet, etc.)
classroom activity ideas and unit plans about aviation. Learn how aircraft fly and try to solve word problems and other mathematical equations relating to aviation. Includes links to resources on Transportation: Aircraft, Aviation: Military Aircraft, and Aviation: Wright Brothers.
This team building exercise was inspired by the Marshmallow Challange, as seen on TED 2010 (www.marshmallowchallenge.com/Welcome.html). The game is designed to have kids quickly work together to model and prototype ideas, evaluate scoring strategies, determine design limitations, etc...
It was intentionally designed to force students (and mentors, too!) to evaluate priorities and assumptions.
Almost everyone has folded a paper plane. They're fun and easy. The designs are endless--from war planes to sleek gliders to stunt planes. Here's one paper airplane design. Try it out, and then experiment on your own.
Aerospace Lesson Plans - activities for all grade levels that focus on aeronautics and aircraft. They can be used as stand alone lessons or as part of a unit. The three mini-units: General Aviation Aircraft, Commercial Aircraft, and Research Aircraft provide students with a variety of activities that span across the curriculum.
This series of curricular units focus on themes that NASA engineers and scientists -- as well as future generations of explorers -- must consider when planning future human explorations into space. This includes such themes as Energy and Power, Transportation and Lunar Plant Growth Chambers (the STS-118 Design Challenges).
Energy's education programs help ensure an adequate supply of scientists, engineers and technicians for energy-related research, production activities, and the transfer of technology. The advancement of science, mathematics and technology education is an essential part of DOE's mission.